Roboethics: Are robots like Tesla Optimus a tread to humanity?

6

October

2022

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One of the most genius people on this earth, Elon Musk, came out with the news this week that a Tesla robot will be on the market in 3-5 years. This AI-driven robot will be called Tesla Optimus and should cost around $20000. The purpose of the robot is to help with everyday tasks, such as delivering parcel or watering plants (McCallum, 2022).
That Tesla is coming out with an AI-driven robot seems strange, as Elon Musk has often spoken out about the dangers of Artificial Intelligence, saying, for example, that robots will one day be smarter than humans. He even calls AI as humanity’s “biggest existential threat” (BBC News, 2017). Yet he says the Tesla Optimus will not be a danger to humanity because Tesla adds safeguards, such as a stop button (McCallum, 2022). It is therefore good to think about where the boundaries are with regard to designing humanoid robots.

Despite robots only starting to become truly realistic in recent years, Isaac Asimov (1941) wrote about ‘The Three Laws of Robotics’ over 80 years ago:

  1. A robot may not injure a human being or, through inaction, allow a human being to come to harm.
  2. A robot must obey the orders given it by human beings except where such orders would conflict with the First Law.
  3. A robot must protect its own existence as long as such protection does not conflict with the First or Second Laws.

Later, the EPSRC (Bryson, 2017) added the following five principles:

  1. Robots should not be designed solely or primarily to kill or harm humans.
  2. Humans, not robots, are responsible agents. Robots are tools designed to achieve human goals.
  3. Robots should be designed in ways that assure their safety and security.
  4. Robots are artifacts; they should not be designed to exploit vulnerable users by evoking an emotional response or dependency. It should always be possible to tell a robot from a human.
  5. It should always be possible to find out who is legally responsible for a robot.

These laws and principles indicate that robots are there to help people and not to hurt people. In addition, humans should always retain power over robots and not the other way around. This seems logical, but with the rapid growth rise of AI, robots may one day become smarter than humans. Therefore, I think this is the time when there should be strict and clear laws around designing robots. Robots should always be limited so that they can never be smarter than humans.
If proper regulations are put in place, I think robots can be of great value to humanity. Think for example of humanoid robots in healthcare, these robots can ensure that more people can receive good quality care at the same time. I am curious to see how AI driven robots will evolve in the coming years, at least we can say that robots are no longer the future, but they are the present!

Bryson, J. J. (2017, April 3). The meaning of the EPSRC principles of robotics. Connection Science, 29(2), 130–136. https://doi.org/10.1080/09540091.2017.1313817

Asimov, I. (1941). Three laws of robotics. Asimov, I. Runaround.

McCallum, B. S. (2022, October 1). Tesla boss Elon Musk presents humanoid robot Optimus. BBC News. Retrieved October 6, 2022, from https://www.bbc.com/news/technology-63100636

BBC News. (2017, August 21). Musk warns of “killer robot” arms race. Retrieved October 6, 2022, from https://www.bbc.com/news/business-40996009

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Falling Asleep While Driving: Tesla’s Full Self-Driving Software

10

October

2021

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Elon Musk has recently been dropping hints about the Full Self-Driving Software in his Twitter messages. For a 199 dollar subscription per month, Tesla drivers will very soon be able to get the Full Self-Driving package. The beta testing is currently ongoing, the moment many Tesla fans have been waiting on for years. The company has made a promise back in 2016, ambitiously claiming that all the new vehicles will have the hardware capability for “full self-driving” and that it would soon offer complementary software to make the cars drive autonomously. Musk has personally said that he believes people will be able to fall asleep in Teslas while they are driving.  

The videos from recent testers show that the software is able to recognize traffic signs and crossings, and also takes pedestrians and other vehicles on the road into account. But despite its name, the actual Full Self-Driving Software is not capable of allowing the car to drive completely autonomously. Another video of the testers showed that the software is still quite far from copying human driving and often makes mistakes such as driving right into objects. This could be very dangerous, this is proven as car crashes while using the AutoPilot mode have been more and more prevalent. Hence, the company emphasizes that the driver should stay alert at all times when using AutoPilot and Full Self-Driving. 

There are not only safety concerns surrounding the software, there are also ethical concerns. There are moral considerations that the programmers have to keep in mind when developing the software. A common hypothetical involves a choice between taking an action that will kill either 5 people or only 2 people. What instructions will the autonomous driving computers have pre-loaded?

In conclusion, Tesla’s Full Self-Driving Software seems to be full of promises, but in reality, the safety and ethical concerns should be kept in mind for the software to be truly successful.

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0 to 60 mph in 1.9 seconds: The Tesla Roadster.

8

October

2020

The pinnacle of electrification of cars.
As the successor to the first production car of Tesla, which was the 2008 Roadster, the development of the new Tesla Roadster was announced by Tesla CEO Elon Musk in November 2017.

TeslaRoadster2

The fully electric vehicle is said to be released after the release of the renewed Model S, currently Tesla’s most famous model car. Tesla promises a 0-60 of 1.9 seconds with a top speed over 250 mph (400 km/h). The Roadster would be capable of such incredible performance figures due to its staggering 10,000 Nm of torque and all-wheel drive system. This would make the Tesla Roadster the fastest car in the world.

The Roadster would break all records for acceleration and performance compared to traditional super cars with combustion engines. With an expected range of 1,000 km, the range for electric vehicles would be greatly outperformed. Currently, this record is also held by Tesla, with the Tesla Model Y which has a range of 508 km. This is the most interesting point to me. Although the Tesla Roadster might look like an electric toy for rich people, in reality, I think the Tesla Roadster will achieve 2 things that are very important in our search for a sustainable future.

The 2 reasons:
1. Just like with their Model S, the Tesla Roadster will make electric vehicles more appealing. Before the introduction of the Model S, electric vehicles were mostly low performance cars with boring designs. The segment was mainly intended for early adopters: drivers with a strong interest in sustainability and wanting to compromise on performance and design, in return for a more eco-friendly footprint with regards to their driving. After the Model S took the market by storm, the image of electric vehicles was completely changed. No longer where electric cars associated with compromising performance and boring designs. Instead, Tesla made electric vehicles a reasonable choice in the executive segment. The Tesla Roadster is capable of doing the same. Outperforming “classic” super cars, the Roadster will increase the appeal of electric driving world wide.

Elon happy

2. The tesla Roadster will push electric vehicle technology further with record breaking acceleration, top speed and most importantly: range. Currently, electric vehicles are known for their acceleration. The electric drive train makes it possible for the cars to have full access to their potential power from the moment you hit the pedal. However, their topspeed and range are often limited, due to the battery size. Batteries are heavy and therefore companies have to find a balance between the required performance (speed, acceleration, range) and how heavy they want the car to be. After all, the heavier the car, the more the weight is influencing the desired performance. I think the Tesla Roadster will push other car manufacturers to further develop the electrification of cars. This will result in more widely available models with increased performance at a more consume friendly price.

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Do you have some savings laying around and has this blog article made you interested in the Tesla Roadster?
Prices are still to be announced for the European market, but the base model is expected to cost 200,000 dollar in the US, but the first 1,000 production cars (announced as the Founder series) will be priced at 250,000 dollar in the US. Future customers can pre-order the Roadster with a base reservation of 43.000 euro and a founders-serie reservation of 215,000 euro (for the Netherlands). For more information, check out Tesla’s  website:  https://www.tesla.com/nl_NL/roadster?redirect=no

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BIM, Meet Gertrude!

6

October

2020

Gertrude enjoying a well deserved drink during her performance. 

In August 2020, famous tech entrepreneur Elon Musk revealed his latest technological project: a pig called Gertrude. On first sight, Gertrude looks like an ordinary Pig. She seems healthy, curious, and eager to taste some delicious snacks. When looking at her, it is hard to imagine how she managed to get one of the world’s most radical and well known tech entrepreneurs so excited. Gertrude just seems normal.

This is exactly the point!

ElonMuskGotcha

Elon Musk “Gotcha”

Gertrude is no ordinary pig. She has been surgically implanted with a brain-monitoring chip, Link V0.9, created by one of Elon Musk’s latest start-ups named Neuralink.

Neuralink was founded in 2016, by Elon Musk and several neuroscientists. The short term goal of the company is to create devices to treat serious brain diseases and overcome damaged nervous systems. Our brain is made up of 86 billion neurons: nerve cells which send and receive information through electrical signals. According to Neuralink, your brain is like electric wiring. Rather than having neurons send electrical signals, these signals could be send and received by a wireless Neuralink chip.

To simplify: Link is a Fitbit in your skull with tiny wires

The presentation in August was intended to display that the current version of the Link chip works and has no visible side-effects for its user. The user, in this case Gertrude, behaves and acts like she would without it. The chip is designed to be planted directly into the brain by a surgical robot. Getting a Link would be a same day surgery which could take less than an hour. This creates opportunities for Neuralink to go to the next stage: the first human implantation. Elon Musk expressed that the company is preparing for this step, which will take place after further safety testing and receiving the required approvals.

The long term goal of the Neuralink is even more ambitious: human enhancement through merging the human brain with AI. The system could help people store memories, or download their mind into robotic bodies. An almost science-fictional idea, fuelled by Elon Musk’s fear of Artificial Intelligence (AI). Already in 2014, Musk called AI “the biggest existential threat to humanity”. He fears, that with the current development rate, AI will soon reach the singularity: the point where AI has reached intelligence levels substantially greater than that of the human brain and technological growth has become uncontrollable and irreversible, causing unforeseeable effects to human civilization. Hollywood has given us examples of this with The Matrix and Terminator. With the strategy of “if you cannot beat them, join them”, Elon Musk sees the innovation done by Neuralink as an answer to this (hypothetical) catastrophical point in time. By allowing human brains to merge with AI, Elon Musk wants to vastly increase the capabilities of humankind and prevent human extinction.

Singularity
Man versus Machine

So, will we all soon have Link like chips in our brains while we await the AI-apocalypse?

Probably not. Currently, the Link V0.9 only covers data collected from a small number of neurons in a coin size part of the cortex. With regards to Gertrude, Neuralink’s pig whom we met earlier in this article, this means being able to wirelessly monitor her brain activity in a part of the brain linked to the nerves in her snout. When Gertrude’s snout is touched, the Neuralink system can registers the neural spikes produced by the neurons firing electronical signals. However, in contrast: major human functions typically involve millions of neurons from different parts of the brain. To make the device capable of helping patients with brain diseases or damaged nervous system, it will need to become capable of collecting larger quantities of data from multiple different areas in the brain.

On top of that, brain research has not yet achieved a complete understanding of the human brain. There are many functions and connections that are not yet understood. It appears that the ambitions of both Elon Musk and Neuralink are ahead of current scientific understanding.

So, what next?

Neuralink has received a Breakthrough Device Designation from the US Food and Drug Administration (FDA), the organisation that regulates the quality of medical products. This means Neuralink has the opportunity to interact with FDA’s experts during the premarket development phase and opens the opportunity towards human testing. The first clinical trials will be done on a small group of patients with severe spinal cord injuries, to see if they can regain motor functions through thoughts alone. For now a medical goal with potentially life changing outcomes, while we wait for science to catch up with Elon Musk’s ambitions.

 Neuralink-Logo

Thank you for reading. Did this article spark your interest?
For more information, I recommend you to check out Neuralink’s website https://neuralink.com/

Curious how Gertrude is doing?
Neuralink often posts updates on their Instagram page https://www.instagram.com/neura.link/?hl=en

Want to read more BIM-articles like this?
Check out relating articles created by other BIM-students in 2020:

Sources used for this article:

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Technology of the Week – Make Electric Cars Great Again

22

September

2017

Transportation has had many evolutions throughout the years. Firstly, the boat was invented to cross water, horses were domesticated soon after and it all was crowned by the invention of the wheel. Later on the steam engine enabled the invention of automobiles. All those have been further developed into variants we use today. Currently, the car manufacturing industry has been disrupted by a specific type of car: the electric car.

Electric cars are nothing new. The first electric car was developed in 1884, and in 1900 it was the most popular type of car. After the mass production of gasoline cars, the popularity plummeted. More electric models have been produced throughout the 1900’s, but these were never successful. The Toyota Prius however sparked the interest in fuel-efficient cars in the 2000’s. Sales of electric cars have greatly increased in the past years, which goes hand in hand with the launch of successful models such as the Nissan Leaf and the Tesla Model S. Researchers believe that the total cost of ownership of electric cars will fall below that of combustion engine cars in 2022, potentially accelerating sales even further.

Power Grid

The increase of electric cars and charging stations has impact on the power grid. In 2020, there will be 13 times more charging stations then in 2014 and in a matter of time gas stations will be outnumbered by charging stations. The use of electric cars influences the performance, efficiency and required capacity of the electric grid. Therefore, it’s not possible to deploy an unlimited amount of electric cars, without modifying the existing power grid.

Stakeholders

The growth in sales of electric vehicles affects many stakeholders. Many countries across the world subsidize the purchase of electric cars and some countries go even further by banning fossil fueled cars within 5-15 years. The shift in consumer behavior forces car manufacturers to include electric options in their assortment.

Battery

Lithium-ion batteries are the most commonly used batteries in modern electric cars and draw the most development funds.

One of the biggest hurdles for electric car sales is “range anxiety”, the fear that your car will go out of energy before you are able to reach your target, an exaggerated fear though: 87% of vehicles in the USA could be replaced by a low cost electric car with only overnight charging needed.

Modern Lithium-ion batteries for car use have a lifetime of about 1000 recharging cycles, meaning that the car life exceeds the battery life, however several manufacturers are giving out warranties for batteries to combat customers fears. Recycling lithium-ion batteries is difficult, so most end up in trash dumps currently; however several companies are committed to increase recycling rates of lithium-ion batteries.

SWOT

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Is Tesla finally getting serious competition?

24

October

2016

5/5 (2) For years we are talking about the ‘real’ breakthrough of electric vehicles. However, the large and established car manufacturers are far behind Tesla Motors since the introduction of their Model S in 2009 and Tesla has new, even better models that are on their way.
The Paris Motor Show, that took place from the 1st till the 16th of October this year, showed us that a transition in the automotive industry is happening and competition for Tesla is getting bigger and more serious with every new model being introduced to the market.

Paris Motor Show has finished, and most of the new vehicles and concepts introduced by the biggest automotive players were hybrid or full electric. Volkswagen, Opel and Mercedes showed they are seriously working towards manufacturing electric cars that can drive >300km with a full charge, which now is only possible with a Tesla Model S.

Volkswagen was recently involved in the large emission scandal that shocked the world. Now, it’s time to clean up their act. ‘Our future is electric’ says Herbert Dies, the CEO of Volkswagen Passenger Cars. Volkswagen introduced the Volkswagen I.D., a concept car that is in the same class as the popular Volkswagen Golf. The I.D. has a range of 400 to 600 kilometers dependent on what battery the buyer chooses, but the launch date is set to 2020.

Mercedes showcased the Mercedes Generation EQ, a concept car that will not be produced, but it does show that Mercedes is capable of manufacturing batteries that can make cars drive a range of 500 kilometers.

Unlike Volkswagen and Mercedes, Opel did not showcase a concept car. Opel showcased the Ampera-e, a European version of the Chevrolet Bolt. With a range of 500 kilometers on a single charge, the Ampera-e is one of the best electric vehicles yet to date. Also, the Ampera-e makes use of regenerative technology that Tesla cars also use. This is a technology that makes it possible to regenerate energy while running.

Looking at the cars and concepts presented at the Paris Motor show, we can conclude that big automotive players are serious about electric vehicles and that electric vehicles are the future. Tesla did not have serious competition until now but it seems like the time has come to face serious competition. We will have to wait to see how big automotive players will attack the well-established position of Tesla in the electric vehicle industry.

 

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How disruptive is Tesla?

3

October

2016

5/5 (2) Some people think that Tesla is disruptive. In 2014 there even was a shareholder of Tesla that suggested that the CEO of Tesla, Elon Musk, invented a new form of disruption. In this new form of disruption products start at the high-end (expensive) and move down (become cheaper over time). Tesla started producing electric cars which cost more then $100.000. Later , in 2015, Tesla started producing cars which cost approximately $70.000 and in 2017 Tesla plans to launch a new car that will only cost $35.000.

Clayton Christensen, a Harvard business School professor and disruptive innovation expert, and his team conducted a deep study of Tesla to determine whether the firm really is pioneering this new form of top-down disruption. To investigate the disruption of Tesla, Clayton and his team created 5 main questions:

  1. Does the product either target overserved customers (by offering lower performance at a lower price) or create a new market (by targeting customers who couldn’t use or afford the existing product)?
  2. Does it create “asymmetric motivation,” meaning that while the disrupter is motivated to enter higher performance segments over time, existing players aren’t motivated to fight it?
  3. Can it improve performance fast enough to keep pace with customers’ expectations while retaining its low cost structure?
  4. Does it create new value networks, including sales channels?
  5. Does it disrupt all incumbents, or can an existing player exploit the opportunity?

As Clayton and his team worked out all the answers to the questions it became clear that Tesla is not a disrupter, but a a classic “sustaining innovation”: a product that, according to Christensen’s definition, offers incrementally better performance at a higher price.

On the other hand, there are people who think that Clayton Christensen’s theories are outdated. These people say that with the way Tesla works and looking at what Tesla offers for what price, the company is being disruptive. Competitors already have a hard time trying to keep up with Tesla and according to Elon Musk this gap will become bigger and bigger. Can we call this disruptive, or not?

Sources:

  • http://www.claytonchristensen.com/
  • https://hbr.org/2015/05/teslas-not-as-disruptive-as-you-might-think
  • http://fortune.com/2015/12/17/apple-tesla-uber-not-disruptive/
  • https://www.technologyreview.com/s/539081/how-disruptive-is-tesla-really/
  • http://www.huffingtonpost.com/seyi-fabode/why-tesla-is-not-disrupti_b_8625508.html
  • http://www.asymco.com/2015/05/28/is-tesla-disruptive/
  • https://www.washingtonpost.com/news/innovations/wp/2015/11/23/what-the-legendary-clayton-christensen-gets-wrong-about-uber-tesla-and-disruptive-innovation/
  • https://electrek.co/2016/06/07/tesla-tsla-elon-musk-years-ahead-of-the-competition-ron-baron/

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Ford, Mercedes and Toyota: the Nokias of tomorrow?

13

September

2016

5/5 (1) Reading Tech-Blogs nowadays, it seems like the days of traditional car manufacturers are numbered. Not only are they seen as producers of old, inefficient and not very innovative products, an image that has worsened thanks to Volkswagen’s self-made emissions scandal which has tainted the whole industry. VW, Ford and others also face a generation of consumers that increasingly sees owning a car as unnecessary, a development brought on by Uber and Lyft. And as if that was not enough, new competitors – be it an upstart like Tesla or technology behemoths like Google or Apple – are striving to wrestle market share from traditional players and revolutionize the car market with new technology – be it electric engines or driverless vehicles. But how bad is the situation really? Does the traditional car industry really run the risk of being disrupted as other industries have been before with all the catastrophic consequences this entails? Are BMW, Mercedes and Audi about to become the Nokias of the automobile industry?
To answer this question, it is useful to consider the Theory of Newly Vulnerable Markets (NVMs), developed by Eric Clemons and his colleagues. To fulfill the criteria for an industry that is ripe for disruptive innovation three conditions have to be met: it must be newly easy to enter, attractive to attack and difficult to defend. So let us examine whether these criteria are fulfilled in the automobile industry.

Newly Easy to Enter

Despite some recent technological developments, it seems that the automobile industry is still not easy to enter. Manufacturing and selling a car still requires investing huge amounts of both physical and human capital, a feat that is hard to achieve by start-ups, as they are notoriously under-funded (or so they say). It is no surprise then that the recent (aspiring) newcomers have deep pockets. A quick research on CrunchBase yields the result that Tesla raised approximately $2.37 billion over the course of the last 12 years. To some extent this was made possible solely by the support and connections of its founder Elon Musk. It is hard to see how any other start-up (that aims to actually manufacture goods) could raise that much money. And the efforts of Google and Apple in the car industry are made possible by these companies’ immense war chests, accumulated with profits from their core business. So if you are not Google or Apple and are not called Elon Musk, you will not be able to raise the huge capital outlays, necessary to bring a car to market and compete with the industry giants. Of course this does not change the fact that entry (whether it was easy or not) has already occurred. Furthermore, Uber’s popularity has the potential to undermine the traditional car manufacturers business models in the long-run.

Attractive to Attack

While the car industry is still not easy to enter, it would be an attractive target industry for an attack on the incumbents. Despite falling overall profit margins (due to intense competition), there clearly exists a product profitability gradient, inviting opportunistic pickoff of the more profitable segments. Although exact profit margins for specific models are hard to come by (most car manufacturers only publish total company profitability), it is a well-known fact that premium cars enjoy higher profits margins than low-end models. Therefore, “cherry picking” the high-end customers first, is possible. Tesla has successfully implemented such a strategy by first introducing its high-end Model S (base price: $66.000) before penetrating the mass market with its new Model 3 (base price: $35.000) that is due to hit the streets in 2017.
There is another factor that makes the car manufacturing sector attractive for attack. With recent technological advancements, the driverless car seems an achievable goal within the next two decades. This will bring a tremendous shift in the way we move, as car manufacturers will become “mobility company[ies]”, according to Ford’s CEO Mark Fields. Whoever comes to dominate this market will surely reap immense profits. This is the reason why technology giants such as Google and Apple have become interested in automobile manufacturing.

Difficult to Defend

This leads us to the last condition for NVMs: the difficulty of defending the car industry. Here the picture looks ambiguous. While traditional car companies (especially German ones) are still dominated by engineers and their often inflexible and narrow way of thinking. This could become a burden when competing against companies with a more agile and creative mindset and therefore a higher capacity to innovate.
However, there are a few silver linings that give hope that not all is lost for traditional car makers. First, some of them own hugely popular brands. In some cases, these have been built over the run of almost a century. Other forms of intangible capital that give incumbents a defensive advantage, are the complex supplier networks that also are the result of years of cooperation between companies in the car manufacturing supply chain and the specialized knowledge, accumulated in the employees of big manufacturers. Finally, the incumbents have realized the need to innovate and have started to develop new business models (e.g. Moovel by Daimler) or investing heavily in R&D of future technologies like electric vehicles and driverless cars (e.g. the decision of many German car makers to dramatically increase their electric vehicle fleet).

Conclusion

So back to the initial question: are Ford, Mercedes and Toyota (or other manufacturers) the next Nokias? In my opinion they are not. While it is true that incumbents of the automobile industry face unprecedented challenges, they also have decades of experience in their industry. Tesla’s recent difficulties in scaling up production and in dealing with the first driverless fatal crash have shown that the regulatory environment and the economics of the car industry as well as its engineering challenges are harder to navigate than the classical technology market from which the new challengers originate. Even Apple seems to have run in difficulties in developing its driverless car, firing dozens of employees working on “Project Titan”. Combining their unique industry knowledge with an openness to innovation both in technology and business model, will enable today’s car manufacturers to take on Google, Apple, Tesla and Uber.
Don’t expect a mass extinction of big car brands just yet!

 

Sources:

Clemons, E. K., Gu, B., and Lang, K. R. Newly vulnerable markets in an age of pure information
products: an analysis of online music and news. Journal of Management Information Systems, 19, 3,
(winter 2002-2003), 17-41.

https://www.crunchbase.com/organization/tesla-motors#/entity

http://www.thecarconnection.com/overview/tesla_model-s_2016

http://uk.businessinsider.com/ford-ceo-mark-fields-interview-2016-3?r=US&IR=T

http://t3n.de/news/bmw-elektroautos-744882/  (Source in German)

http://www.nytimes.com/2016/09/10/technology/apple-is-said-to-be-rethinking-strategy-on-self-driving-cars.html?_r=1&utm_source=affiliate&utm_medium=ls&utm_campaign=hL3Qp0zRBOc&utm_content=355861&utm_term=1&siteID=hL3Qp0zRBOc-cyn_bCjerUifNi5Eavmxrg

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